StratasysFDM®

Stratasys F870

Front view of the Stratasys F870 with the build-chamber door closed

Large-format industrial FDM printing for tooling, jigs and functional parts.

System details

Stratasys F870 with its chamber door open, showing the build platform
With its chamber door open, showing the build platform
Open material bays beneath the F870 build chamber, showing filament spools
Open material bays beneath the F870 build chamber, showing filament spools
Operator wearing gloves opening the F870 chamber door on a factory floor
Operator wearing gloves opening the F870 chamber door on a factory floor
Gloved hand beside black printed parts on the F870 build platform
Gloved hand beside black printed parts on the F870 build platform

Engineering fit

The Stratasys F870 is a large-format industrial FDM 3D printer for production tooling, manufacturing aids and functional parts. Its 1,000 × 610 × 610 mm build volume gives manufacturing teams room for long fixtures, assembly jigs, end-of-arm tooling and full-scale components. A fully heated chamber and integrated material drying support consistent processing across extended builds.

Build larger tools in fewer sections

Where geometry allows, the F870 can produce larger jigs and fixtures in one build, reducing the need to divide and join tooling. The large build envelope suits alignment fixtures, drill guides, ergonomic handling aids, protective components and other factory-floor applications.

For demanding tooling, FDM Nylon 12CF provides a carbon-fibre-reinforced material option with high stiffness at relatively low weight. Material choice, build orientation and load requirements should still be evaluated together for the intended application.

Choose materials around the job

The F870 supports FDM Nylon 12CF, ABS-M30 and ASA, with SR-35 soluble support. Nylon 12CF is particularly relevant to stiff, lightweight tooling, while ABS-M30 and ASA extend the system across a broad range of manufacturing and functional-part applications.

Material selection should be based on the geometry, operating environment and mechanical requirements of the finished part rather than material properties in isolation.

Balance detail and throughput

Three print-head options and multiple layer heights allow teams to match the print strategy to the application. The N14 supports ABS-M30 and ASA, while the hardened N20H is used for FDM Nylon 12CF. The optional N25 provides another production option for ASA applications.

This gives manufacturing teams flexibility to balance part detail, build time and application requirements without moving to a different platform.

Support longer production builds

Four regenerative dryer bays accommodate two model and two support spools, with automatic material changeover. The large-capacity spool format is shared with the F3300, helping reduce routine material handling during extended jobs.

Actual build duration and operator intervention depend on part geometry, material consumption and the selected print strategy.

Connect additive to the factory workflow

GrabCAD Print supports job preparation and build management, while Insight provides deeper process control where required. MTConnect connectivity also allows the F870 to integrate with wider factory-monitoring environments.

Evaluate the F870 with D2M

For manufacturing teams across the GCC, the most useful evaluation starts with a real application: a large fixture, a demanding gripper, a manufacturing aid or a functional component with defined performance requirements.

D2M can help assess part size, material choice, build orientation, support strategy and installation requirements against the intended use case.

Materials & process

Specifications

Technical specifications

Product Type

Industrial FDM 3D Printer

Max Build Size

1,000 × 610 × 610 mm (XYZ); maximum diagonal build length 1,171 mm

Build Volume

372,000 cm³ (22,677 in³)

Build Chamber

Fully heated chamber, 95 °C

System Dimensions

175 × 124 × 196 cm (69 × 49 × 77 in.)

System Weight

817 kg (1,800 lb)

Model Materials

FDM Nylon 12CF (Black); ABS-M30 (Black); ASA (White, Ivory, Light Gray, Black, Red, Yellow)

Support Material

SR-35 soluble support for all F870 model materials, including FDM Nylon 12CF

Print Heads

N14; hardened N20H for Nylon 12CF; optional N25 high-speed head for ASA

Layer Resolutions

N14: 0.18, 0.25 or 0.33 mm for ASA and ABS-M30; N20H: 0.25 mm for Nylon 12CF; N25: 0.33 mm for ASA

Maximum Deposition Rates

N14: up to 25 cm³/h; N20H: up to 21 cm³/h; N25: up to 66 cm³/h for ASA. Actual build time depends on geometry and settings.

Material Delivery

Four 4,100 cm³ spools; two model and two support bays; automatic material changeover; spool format shared with F3300

Material Drying

Integrated regenerative drying for up to four spools

XY Accuracy

±0.254 mm or ±0.002 mm/mm, whichever is greater; geometry and material dependent. Accuracy specification at 95% dimensional yield.

Z Accuracy

±0.200 mm or ±0.002 mm/mm, whichever is greater, plus one layer height; geometry and material dependent. Accuracy specification at 95% dimensional yield.

Software

GrabCAD Print, Insight and Control Center; optional GrabCAD Print Pro; MTConnect-enabled

Network Interfaces

Wired and wireless TCP/IP, 100 Mbps minimum; wireless via USB dongle with IEEE 802.11n/g/b support

Operating Environment

15–30 °C; 30–70% relative humidity

Electrical Requirements

Three-phase 208 V, 30 A; five-wire supply, 47–63 Hz

Air Requirements

No shop air required; integrated vacuum pump

Installation Access

Double-door access and forklift handling required for uncrating and placement

Service Clearance

Confirm complete installation and site requirements with D2M during system planning.

Shipping Crate

186.7 × 146 × 225.4 cm; crated weight 1,065 kg

Noise Emission

Less than 65 dBA when idle and in operation

Manufacturer-Listed Conformity

CE, cTUVus, RCM, EAC and FCC Part B

Discuss your requirement

Review Stratasys F870 for your application

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